CORACON WT 6 N

CORACON SOL-EKO F Filling quantity 1000kg (PE-IBC)

Order No.: 511.0050
Manufacturer number: VBM422254
Manufacturer: Aqua concept

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Description

Due to its stability at high temperatures, coracon®SOL EKO F is suitable for use as a heat transfer medium in solar heating systems (e.g. vacuum tube collectors). The product is directly added as a premixed formulation and does not need to be mixed with fully desalinated water.
Advantageous ...

Due to its stability at high temperatures, coracon®SOL EKO F is suitable for use as a heat transfer medium in solar heating systems (e.g. vacuum tube collectors). The product is directly added as a premixed formulation and does not need to be mixed with fully desalinated water.
Advantageous compared to collector fluids, whose frost protection components are produced on a crude oil basis.

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Features

  • Frost protection component is 100% plant-based (BIO glycol)
  • Entirely biodegradable
  • Thermally stable
  • Significantly longer storage life than propylene glycol (1.2 propandiol), up to three times better heat transfer at optimal working temperature
  • Low viscosity
  • Non-hazardous, water pollution class 1

The ...

  • Frost protection component is 100% plant-based (BIO glycol)
  • Entirely biodegradable
  • Thermally stable
  • Significantly longer storage life than propylene glycol (1.2 propandiol), up to three times better heat transfer at optimal working temperature
  • Low viscosity
  • Non-hazardous, water pollution class 1

The frost protection component coracon®SOL EKO F is made using renewable raw materials. The concept of sustainable bio-production has been implemented 100%.
Frost protection component:

  • 1.3-propandiol (100% plant-based)
  • HTX1 approval for use around food.

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Recommended application

  • System requirement: DIN Standard 4757 Part 1, closed system (no oxygen from air in the system)
  • Optimum working temperature: -24 °C to 214 °C.
  • Installation of sufficiently large equalisation tanks for solar systems with constant temperatures higher than 214 °C so that the heat carrier ...
  • System requirement: DIN Standard 4757 Part 1, closed system (no oxygen from air in the system)
  • Optimum working temperature: -24 °C to 214 °C.
  • Installation of sufficiently large equalisation tanks for solar systems with constant temperatures higher than 214 °C so that the heat carrier fluid can transform into a vapour state and flow out of the collectors
  • Refill only with coracon®SOL EKO F or coracon®SOL EKO concentrate, do not refill with water
  • The anti-corrosion properties of the collector fluid can be determined by measuring the pH value. The pH value should be > 7.5 and can be determined using the appropriate diagnostic testing strips (item no. 492 122). If the pH value is too low, the fluid must be entirely replaced.

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Technical data

General information
Application
Hochtemperatur-Anwendung (ökologisch)
Version
Container (1000 kg)
Viscosity
5,8 mm²/s
at 20 °C
Thermal conductivity
0,40 W/(m*K)
pH-value
ca. 8,0
(ASTM-D 1287)
Technical modifications reserved. Product images may differ from the actual product and are meant for demonstration purposes only. Absolutely no liability can be assumed for possible indication errors and errors in the manufacturers’ information.
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